ADMT160632R-F56 WSM35G T Wendeplatten - Walter Tools

Benefit from the combination of the Tiger‑tec Gold grade and a 15° relief angle for secure chip formation and longer edge life; the robust 3.2 mm corner radius supports heavy cutting and reliable performance. Order the ADMT160632R-F56 WSM35G insert directly via Metav Werkzeuge or consult our specialists for application-specific advice.

ADMT160632R-F56 WSM35G – Milling indexable insert for stainless steels and superalloys (Walter Tools)

A high-performance milling insert, ADMT160632R-F56 WSM35G, designed for productive roughing and semi-finishing of stainless steels and heat‑resistant alloys.

• Tiger‑tec Gold coated grade WSM35G
• 15° relief for stable cutting
• 3.2 mm corner radius for robust edge
• Parallelogram 85° form for flexible milling

Secure chip control and longer tool life for demanding materials

The combination of the WSM35G grade and the Tiger‑tec Gold coating stabilises the cutting edge under thermal stress, which results in consistent chip control and reduced edge build‑up when machining tough materials. The insert’s design supports a repeatable cutting process that increases the intervals between tool changes and lowers overall production interruptions. As a consequence, cycle times are kept predictable and machining quality remains constant even under challenging conditions.

Geometry optimised for heavy cutting and edge strength

A parallelogram 85° insert form paired with a 3.2 mm corner radius provides a balance between cutting robustness and accessibility in pocketed geometries. The positive engagement from the insert geometry reduces cutting forces at the start of engagement, while the generous corner radius disperses load over a larger area to protect the edge during interrupted cuts. This means improved resistance to chipping and steady performance in demanding milling operations.

Proven suitability for stainless steels and superalloys

Marked for the ISO material groups M and S, this grade is tailored for stainless steels and heat‑resistant superalloys or titanium applications. Materials in these groups typically generate high temperatures at the cutting zone and tend to form long or adhesive chips; the WSM35G composition and its coating technology are optimised to support secure chip formation and maintain a stable cutting edge under such conditions. For shops processing corrosion‑resistant or high‑temperature alloys, the insert delivers consistent surface results and repeatable machining cycles.

Practical advantages for shopfloor productivity

The integrated F56 chipbreaker and the insert’s thickness code provide a predictable chip shape and evacuation pattern suitable for continuous milling passes, which reduces the need for manual chip management and cleaning. The insert’s construction supports straightforward indexation and handling, simplifying tool inventory and changeover. Combined with Walter Tools’ manufacturing standards, these attributes help to increase operational uptime and contribute to a more economical machining workflow.

Contact Metav Werkzeuge for tailored application advice on Walter Tools Tiger‑tec Gold inserts to secure optimal tool life and process reliability with the ADMT160632R-F56 WSM35G

Technical Data

• SKU: ADMT160632R-F56-WSM35G-WALTER
• Designation: ADMT160632R-F56 WSM35G
• Manufacturer: Walter Tools

Facts

• Free angle: 15°
• Corner radius: 3.2 mm
• Insert size: 16
• Thickness code: 06
• Tolerance class: M

Special features

• Series: Tiger‑tec Gold
• Grade: WSM35G
• Chipbreaker: F56
• Form: Parallelogram 85°
• Execution: T
• Material suitability: S / M (superalloys/titanium and stainless steels)

FAQ

What materials is this insert suitable for?
The ADMT160632R-F56 WSM35G milling insert (Walter Tools) is specified for ISO groups M and S, making it suitable for stainless steels and heat‑resistant superalloys or titanium.

How does the Tiger‑tec Gold grade affect performance?
The Tiger‑tec Gold coating on the WSM35G grade enhances thermal resistance and wear behaviour, which helps maintain edge stability and consistent chip control in demanding machining of tough materials.

What advantage does the parallelogram 85° form offer?
The parallelogram 85° geometry provides flexible engagement angles for various milling tasks and supports stable cutting forces, while the 3.2 mm corner radius increases edge strength during heavy or interrupted cuts.

Is the F56 chipbreaker suitable for continuous milling?
Yes, the F56 chipbreaker is designed to produce short, manageable chips in many continuous milling operations, improving evacuation and reducing the risk of entanglement.

Walter Tools: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany

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